Adhesive sign and methods for applying and producing same

ABSTRACT

A sign is formed from an adhesive-backed, vinyl sheet having a backing sheet. At least one graphic design or character is cut from the interior of the vinyl sheet. Tabs in the backing sheet extend between the edges of each character, the tabs maintaining the position of each graphic relative to the surrounding portion of the sheet. The sign is installed by adhering a portion of the graphics to the application surface, and then severing the tabs to free the vinyl graphics from the surrounding sheet. A device cuts the sign from the sheet and removes the waste material, reducing the labor required to produce the sign.

CROSS-REFERENCE TO RELATED APPLICATION

This application is a continuation-in-part of application Ser. No. 10/263,863, filed Oct. 3, 2002, which claimed priority to provisional patent application Ser. No. 60/337,217, filed on Dec. 5, 2001, entitled “Adhesive Sign and Methods for Applying and Producing Same.”

BACKGROUND OF THE INVENTION

1. Field of the Invention

This invention generally relates to adhesive signs and particularly relates to a sign using tabs for maintaining the orientation of characters within the sign. The invention also encompasses a method of production and of application of the tabbed sign.

2. Description of the Related Art

Graphics manufacturers commonly form adhesive signs by cutting graphics with conventional cutting and processing methods that have not changed or improved in many years. Current processing, even with computer-driven cutting devices, requires a high labor cost due to the time required for set up, cutting, and removal of waste materials. Additional steps may include adding application tape, assembly of the graphics, and packaging for shipping.

Currently, graphics manufacturers have people that remove the waste materials (“weeding”) by hand when graphics are cut. It is common with these methods for damage to occur to the graphic during removal of the waste materials, requiring that the finished graphic be repaired or destroyed. These methods lead to a higher percentage of waste or spoilage, which, combined with the cost of the additional labor, greatly increases the cost of forming a graphic sign.

Current cutting and processing of cut graphics also requires several types of machines and equipment to complete the cutting and processing of cut graphics. The sheeting, cutting, weeding and addition of application tape (or premask) require large work areas with large tables for layout of cut materials for the processing steps. These factors combine to further increase the cost of forming signs.

When applying adhesive, cut-graphic signs comprising multiple characters, it is desirable to maintain the characters in proper alignment. With a sign formed using existing methods, an adhesive premask is often applied to the front surface of the sign for maintaining the relative positioning of portions of the sign during application. The graphics are applied to the application surface, and then the premask is removed, adding additional steps and cost to the manufacture and application phases.

Thus, there is a need for an improved type of cut-graphic sign and methods of forming and applying the signs that eliminate the weeding process and need for premasks, reducing the need for hand labor and reducing the types of machines and number of steps in processing a cut-graphic sign.

SUMMARY OF THE INVENTION

A sign is formed from a thermoplastic graphics sheet having an adhesive layer covered by a backing sheet. At least one graphic design or character is cut from the interior of the graphics sheet. The outline of the character is discontinuous in the backing sheet, with tabs that retain the interior portion of the character in the backing sheet. The tabs maintain the position of each graphic sheet character relative to the surrounding portion of the sheet. The tabs are formed in the backing sheet in two embodiments by cutting voids around the character with a laser. In these embodiments, tabs are also preferably formed in the thermoplastic graphics sheet. In a third embodiment, the tabs are formed by perforating the backing sheet. The outline of the character in the thermoplastic graphics sheet is preferably continuous in the third embodiment.

The sign is installed by adhering a portion of the graphics to the application surface, and then cutting the tabs to sever the graphics from the surrounding sheet. A device cuts the sign from the sheet and removes the waste material, reducing the labor required to produce the sign. In the third embodiment, no cutting is required. The perforations in the backing sheet allow the installer to pull the backing sheet portions of the character from the remaining portions of the backing sheet.

BRIEF DESCRIPTION OF THE DRAWINGS

The novel features believed to be characteristic of the invention are set forth in the appended claims. The invention itself however, as well as a preferred mode of use, further objects and advantages thereof, will best be understood by reference to the following detailed description of an illustrative embodiment when read in conjunction with the accompanying drawings.

FIG. 1 is a front view of a portion of an adhesive-backed sign formed in accordance with the present invention.

FIG. 2 is a side view of a portion of the sign of FIG. 1.

FIG. 3 is a rear view of the sign of FIG. 1.

FIG. 4 is an enlarged front view of a portion of the sign of FIG. 1.

FIG. 5 is a side view of a device according to the invention and used to form the sign of FIG. 1.

FIG. 6 is a front view of an alternate embodiment of an adhesive-backed sign formed according to the invention.

FIG. 7 is a front view of a second alternate embodiment of an adhesive-backed sign formed according to the invention.

FIG. 8 is a back view of the sign of FIG. 7.

FIG. 9 is an enlarged sectional view of a portion of the sign of FIG. 7.

DETAILED DESCRIPTION OF THE INVENTION

Sign 11, a portion of which is shown in FIG. 1, comprises a plurality of individual characters 13 cut from a rectangular thermoplastic or vinyl graphics sheet 15, though only a “W” character is shown in FIG. 1. The word “character” is used broadly to include not only letters and numbers, but also logos and other graphical designs. Though shown as having an alphabetic letter, each character 13 can be any alphanumeric character or graphic design. Typically, cut vinyl graphics are applied on vehicles, windows, or other similar application surfaces. Each character 13 is preferably cut from a vinyl sheet 15 using a computer-controlled laser, but other cutting means may be used, such as hand cutting, die cutting, kiss cutting utilizing hand tools, cutting dies, thermal cutting dies, computer-controlled cutting knives, computer-controlled rougher cutting, and computer-controlled ultrasonic cutting.

FIG. 2 is a cross-sectional view of a portion of sign 11, which has an adhesive 17 on the reverse side of vinyl sheet 15. A backing sheet 19 covers adhesive 17 until use, preventing adhesive 17 from adhering to surfaces before application and keeping dust and other contaminants away from adhesive 17. Backing sheet 19 is typically a paper product, but may be of other materials.

FIG. 3 is a rear view of a portion of sign 11 showing backing sheet 19, which is preferably scored along lines 21 to form a central strip 23 along the width of backing sheet 19. Central strip 23 is preferably centered along the height of backing sheet 19. Strip 23 could vary in width and may be two inches, for example. Scoring backing sheet 19 to form strip 23 results in an upper backing strip 23 a and a lower backing strip 23 b.

Referring again to FIG. 1, voids 25 separate characters 13 from each other and from the remainder of vinyl sheet 15 and backing sheet 19 surrounding characters 13. Voids 25 are completely open, preferably, as they extend through vinyl sheet 15 and backing sheet 19. Voids 25 are separated by tabs 27 that connect characters 13 to vinyl sheet 15. As voids 25 are created by the cutting means used to produce sign 11, tabs 27 remain to maintain the positioning of characters 13 relative to the remainder of vinyl sheet 15. Voids 25 are preferably ¼ inch wide at their intersections with each character 13, though the width of voids 25 may be changed to any desired width. As shown in the figures, voids 25 are preferably formed through both vinyl sheet 15 and backing sheet 19, as in a die-cutting operation, though voids 25 may be formed only in vinyl sheet 15 using a kiss-cutting method.

The shape of inner and outer edges of each void 25 may differ, as shown in FIG. 1, inner edges 25 a defining the contour and the outer edge of each character 13, outer edges 25 b being arcuate and defining the inner edge of the surrounding portion of vinyl sheet 15. Alternatively, as shown in FIG. 6 and described below, the inner and outer edges are parallel to each other.

FIG. 4 is an enlarged view showing the upper left portion of “W” character 13, voids 25 being between character 13 and vinyl sheet 15, tabs 27 connecting character 13 to vinyl sheet 15. Tabs 27 can vary in quantity, width and length, and the size of tabs 27 may vary based on graphic size or type. The edges of voids 25 extending from tabs 27 are preferably arcuate, though tabs 27 can be straight (as shown in FIG. 6) or tapered. Where tabs 27 attach to vinyl sheet 15 or characters 13, tabs 27 may have radiussed corners, 90° corners, or a combination of these types of corners to accommodate better cutting speed. A minimum width and number of tabs 27 simplifies the task of application of a completed sign 11, but the width and number of tabs 27 must be sufficient to hold each character 13 during handling and until characters 13 are hand cut during application of sign 11. Tabs 27 eliminate the need for an adhesive premask adhered to the front of characters 13, though a premask can be used, if desired.

To form sign 11, the preferred method uses a laser to cut vinyl sheet 15 and backing sheet 19, cutting characters 13 from vinyl sheet 15 and creating voids 25. FIG. 5 shows cutting tool 29, comprising planar table 31, computer-controlled laser cutter 33 mounted on gantry 34, cylindrical feed roll 35, cylindrical take-up roll 37, and tension rollers 39. In addition, the open end of a vacuum conduit 41, which is preferably at least as wide as vinyl sheet 15, is positioned near table 31 for removing waste material cut from vinyl sheet 15 and backing sheet 19. Laser cutter is preferably a 150 W laser, though laser of other wattage may be used. Feed roll 35 and take-up roll 37 are typically 48 inches wide, though rolls of different sizes may be used to accommodate different sizes of vinyl sheets 15.

In operation, vinyl sheet 15 and its attached backing sheet 19 unrolls from feed roll 37 and moves onto the upper surface of table 31 to be positioned under laser cutter 33. Tension rollers 39 maintain tension on vinyl sheet 15 and backing sheet 19 for locating them in position against the upper surface of table 31. Laser cutter 33 produces a laser beam 43, which cuts through selected portions of vinyl sheet 15 and backing sheet 19 to form characters 13 (FIG. 1) in sign 11 as gantry 34 translates cutter 33. Sign 11 is then rolled toward take-up roll 37 and passes under vacuum conduit 41, through which vacuum pressure is applied. Waste material from voids 25 is pulled into vacuum conduit 41, weeding sign 11 prior to sign 11 being rolled onto take-up roll 35. Sign 11 can be removed from take-up roll 37 prior to transport of sign 11, or take-up roll 37 can be removed from tool 29 for transporting sign 11.

Referring again to FIGS. 1 and 3, to install sign 11 using the preferred method, an installer uses adhesive tape to attach the upper edge of vinyl sheet 15 to the application surface (not shown) onto which sign 11 will be adhered. Backing sheet 19 will be in contact with the application surface. Because characters 13 of sign 11 are still held within the remainder of vinyl sheet 15 with tabs 27, the straight edges of vinyl sheet 15 may be used to align sign 11 in the desired position and orientation, all characters 13 being aligned together. The installer cuts tabs 27 along the area of central backing strip 23 of backing sheet 19 at their intersections with each character 13. The installer hinges or folds sign 11 upward, and central backing strip 23 on each character 13 is removed. The exposed portions of adhesive 17 on characters 13 are pressed and adhered to the application surface, which affixes characters 13 in their relative positions. Then, remaining tabs 27 are severed at their intersection with each character 13, disconnecting each character 13 from vinyl sheet 15, which is removed. The upper and lower portions of each character 13 can then be hinged or folded away from the application surface, allowing strips 23 a and 23 b of backing sheet 19 on each character 13 to be removed. The upper and lower portions of characters 13 are then adhered to the application surface. Preferably, the cutting of remaining tabs 27 and the adhering of the upper and lower portions of characters 13 are done one character 13 at a time.

FIG. 6 shows a sign 45 formed using a variation on the method described above to cut characters 47 from vinyl sheet 49. Voids 51 and tabs 53 are cut using a tool, such as tool 29 in FIG. 5, but tabs 53 are thin strips extending from the outer edges of voids 51, tabs 53 being approximately perpendicular to characters 47 at their intersections. Sign 45 may be desirable or required for some applications, though the time required for cutting voids 51 is greater than that required for cutting voids 25 (FIG. 1).

FIGS. 7-9 show a third embodiment of a graphics sheet assembly 55 having a vinyl graphics sheet 57. A pressure-sensitive adhesive layer 58 is located on the back side of vinyl sheet 57. A protective backing sheet 59 covers adhesive layer 58. A continuous outline 61 is cut through vinyl sheet 57 to define a graphics sheet or vinyl character 63. There are no tabs in this embodiment in vinyl sheet 57, and vinyl character 63 is completely detached from the remaining portions of vinyl sheet 57.

A discontinuous outline is formed by perforations 65 in backing sheet 59. Perforations 65 define tab portions 67 between each aperture that retain a backing sheet character 69 with the remaining portions of backing sheet 59. Backing sheet character 69 has an outline that mates exactly with vinyl character 63 because perforations 65 coincide with continuous outline 61. Vinyl character 63 is removably attached to backing sheet character 69 by adhesive layer 58, thus backing sheet character 69 retains vinyl character 63 with the remaining portions of vinyl sheet 57.

Graphics sheet assembly 55 is manufactured generally as described in connection with the first embodiment, except that in the preferred method, the laser or cutting knife first makes a kiss cut through vinyl sheet 57 only to form continuous outline 61. Then, in a second pass, the laser or knife traces moves along the previously formed continuous outline 61 to form perforations 65 in backing sheet 59. Backing sheet 59 could optionally have scoring to form multiple strips as illustrated in FIG. 3. Typically, there would be more than one vinyl character 63 on one sheet assembly 55, as in the other embodiments.

To install vinyl character 63, the installer tapes graphics sheet assembly 55 to the application surface, with backing sheet 59 in contact with the application surface. The installer then peels off at least part of backing sheet character 69 by breaking tabs 67 of perforations 65. There is no need to cut tabs 67 because they are very small. The removal of a portion of backing sheet character 63 exposes adhesive layer 58 on vinyl character 63. The installer presses this exposed portion to the application surface. The installer then peels off more or all of backing sheet character 69 by breaking more tabs 67 of perforations 65, and presses additional or all portions of vinyl character 63 against the applications surface. Optionally, the installer could peel off all of backing sheet character 69 at one time in the case of small vinyl characters 63.

When all of the vinyl characters 63 are installed, the installer removes the marginal or remaining portions of graphics sheet assembly 55. The only portions of adhesive layer 58 that contacted the application surface are those portions on the back side of vinyl characters 63. The installer does not need to cut any portions of vinyl sheet 57 because all of the vinyl characters 63 have been fully cut out from vinyl sheet 57 at the manufacturing facility.

There are several advantages to using the signs and method of forming signs described herein. The present invention provides a simple, fast method for production of quality signs and graphics for a variety of applications. The method can be used with pressure sensitive, positionable, re-positionable and pressure activated adhesives used with vinyl materials. The invention eliminates the need for, and cost of, application premasks. This system can greatly reduce or eliminate the removing of waste materials by hand after the cutting process of the graphic is completed, greatly reducing the throughput time to produce a cut graphic.

Also, the method of application using tabbed signs improves accuracy and stability of graphics during application by holding letters, numbers and/or graphics together in a panel. This eliminates the existing method used with large die cut graphics where individual letters, numbers, and graphics are installed separately. This prior-art method makes it very difficult to align graphics correctly and takes more labor time to install. This new tab system will eliminate these existing requirements and reduce labor time.

The method of production can improve worker safety, since roll feed or sheet feed computer driven cutting equipment eliminate the need to hand feed die cutting equipment traditionally used to produce a graphic. Also, the signs may be transported on the take-up rolls.

While the invention has been shown or described in only some of its forms, it should be apparent to those skilled in the art that it is not so limited, but is susceptible to various changes without departing from the scope of the invention. For example, the laser beam may be a beam that vaporizes the material from the voids. Because of the vaporization of material from the voids, the weeding step is eliminated. Also, the vacuum conduit could alternatively channel compressed air toward the sign for blowing the waste material out of the voids. As mentioned above, it is also possible to form signs of the invention using a kiss-cutting method, though the weeding step is not eliminated. 

1. A method of applying graphics to an application surface, the method comprising: (a)providing a thermoplastic graphics sheet with an adhesive layer covered by a backing sheet; (b)cutting an outline in the graphics sheet to define a graphics sheet character; (c)along the outline in the graphics sheet, cutting a discontinuous outline in the backing sheet to define a mating backing sheet character adhered to the graphics sheet character by the adhesive layer, the discontinuous outline in the backing sheet having tab portions that retain the backing sheet character with remaining portions of the backing sheet; (d)severing at least part of the tab portions of the discontinuous outline in the backing sheet, removing at least a part of the backing sheet character from the graphics sheet character and adhering a portion of the graphics sheet character to the application surface with the adhesive layer; then (e)severing any remaining tab portions of the discontinuous outline in the backing sheet, removing any remaining portions of the backing sheet character, and adhering remaining portions of the graphics sheet character to the application surface with the adhesive layer.
 2. The method of claim 1, wherein: the outline of step (b) is a continuous outline through the graphics sheet.
 3. The method of claim 1, wherein: step (b) comprises making the outline in the graphics sheet continuous, then after completion of the continuous outline, cutting the discontinuous outline in the backing sheet.
 4. The method of claim 1, wherein: step (c) comprises forming perforations in the backing sheet to define the discontinuous outline and the tab portions.
 5. The method of claim 1, wherein step (d) further comprises: before severing any of the tab portions taping the graphics sheet to the application surface with a margin portion of the backing sheet outside of the backing sheet character in contact with the application surface; and step (e) further comprises removing the margin portion of the backing sheet from the application surface after the graphics sheet character is completely adhered to the application surface.
 6. The method of claim 1, wherein the backing sheet is scored in multiple strips that extend along the backing street character; and steps (d) through (e) are performed separately and sequentially for each of the strips.
 7. The method of claim 1, wherein: steps (b) and (c) are performed by drawing a roll of graphics sheet backed with a backing sheet across a work surface to a take-up roll and cutting the outline and the discontinuous outline of the character while the graphics sheet and backing sheet are located over the work surface.
 8. A method of applying graphics to an application surface, the method comprising: (a)providing a thermoplastic graphics sheet with an adhesive layer covered by a backing sheet; (b)cutting a continuous outline in the graphics sheet to define a graphics sheet character free of physical attachment to remaining portions of the graphics sheet; (c)perforating the backing sheet along the continuous outline to form a mating backing sheet character that is retained with remaining portions of the backing sheet by the perforations; (d)removing at least part of the backing sheet character from the graphics sheet character by breaking at least some of the perforations, then pressing at least part of the graphics sheet character against an application surface to adhere the graphics sheet character to the application surface; then (e)removing any remaining portions of the backing sheet character by breaking the remaining perforations and pressing any remaining portions of the graphics sheet character to the application surface to adhere the remaining portions of the graphics sheet character to the application surface.
 9. The method of claim 8, wherein step (d) further comprises: taping a margin portion of the graphics sheet to the application surface with a margin portion of the backing sheet outside of the backing sheet character in contact with the application surface; and step (e) further comprises removing the margin portions of the graphic sheet and the backing sheet from the application surface after the graphics sheet character is completely adhered to the application surface.
 10. The method of claim 8, wherein the backing sheet is scored in multiple strips that extend along the backing street character; and steps (d) through (e) are performed separately and sequentially for each of the strips.
 11. The method of claim 8, wherein: steps (b) and (c) are performed by drawing a roll of graphics sheet backed with a backing sheet across a work surface to a take-up roll and cutting the continusous outline and perforating the backing sheet sequentially while the graphics sheet and backing sheet are located over the work surface.
 12. A method of applying cut graphics to an application surface, the method comprising: (a)cutting a character in a planar, adhesive-backed graphics sheet, the adhesive being covered by a backing sheet, the character being cut from the graphics sheet and being spaced from a surrounding portion of the graphics sheet and retained with the sheet by tabs extending between the graphics sheet and the character; (b)removing at least a part of the backing sheet and adhering a portion of the character to the application surface; (c)cutting the tabs to sever the character from the surrounding portion of the graphics sheet; then (d)removing any remaining portions of the backing sheet and adhering remaining portions of the character to the application surface; wherein: step (a) comprises cutting a series of voids around the character, each void having an inner edge that defines a contour of the character and an outer edge that joins the graphics sheet; and the outer edge of at least some of the voids is arcuate and differs from the inner edge.
 13. The method of claim 12, wherein: the inner and outer edges are parallel with each other.
 14. The method of claim 12, wherein: step (a) further comprises cutting through the backing sheet while cutting the character and the tabs.
 15. A method of applying cut graphics to an application surface, the method comprising: (a)cutting a character in a planar, adhesive-backed graphics sheet, the adhesive being covered by a backing sheet, the character being cut from the graphics sheet and being spaced from a surrounding portion of the graphics sheet and retained with the sheet by tabs extending between the graphics sheet and the character; (b)removing at least a part of the backing sheet and adhering a portion of the character to the application surface; (c)cutting the tabs to sever the character from the surrounding portion of the graphics sheet; then (d)removing any remaining portions of the backing sheet and adhering remaining portions of the character to the application surface; and wherein: step (a) comprises cutting a series of voids around the character, each void having an inner edge that defines a contour of the character and an outer edge that joins the graphics sheet; the backing sheet is scored in multiple strips that extend along the character; and steps (b) through (d) are performed separately and sequentially for each of the strips.
 16. The method of claim 15, wherein: step (a) is performed by drawing a roll of graphics sheet backed with a backing sheet across a work surface to a take-up roll and cutting the character while the sheet passes over the work surface.
 17. A method of applying cut graphics to an application surface, the method comprising: (a)cutting a character in a planar, adhesive-backed graphics sheet, the adhesive being covered by a backing sheet, the character being cut from the graphics sheet and being spaced from a surrounding portion of the graphics sheet and retained with the sheet by tabs extending between the graphics sheet and the character; (b)removing at least a part of the backing sheet and adhering a portion of the character to the application surface; (c)cutting the tabs to sever the character from the surrounding portion of the graphics sheet; then (d)removing any remaining portions of the backing sheet and adhering remaining portions of the character to the application surface; wherein: step (a) comprises cutting a series of voids around the character, each void having an inner edge that defines a contour of the character and an outer edge that joins the graphics sheet; step (a) is performed by drawing a roll of graphics sheet backed with a backing sheet across a work surface to a take-up roll and cutting the character while the sheet passes over the work surface; and the step of cutting is performed by a laser.
 18. A method of applying cut graphics to an application surface, the method comprising: (a)cutting a character in a planar, adhesive-backed graphics sheet, the adhesive being covered by a backing sheet, the backing sheet being cut as the character is cut in the graphics sheet, the cutting forming voids surrounding the character, each void having an inner edge that defines a contour of the character and an outer edge that joins the graphics sheet, the character being spaced by the voids from a surrounding portion of the graphics sheet and retained with the sheet by tabs extending between the graphics sheet and the character; (b)removing at least a part of the backing sheet and adhering a portion of the character to the application surface; (c)cutting the tabs to sever the character from the surrounding portion of the graphics sheet; then (d)removing any remaining portions of the backing sheet and adhering remaining portions of the character to the application surface; and wherein the outer edge of at least some of the voids is arcuate and differs from the inner edge.
 19. The method of claim 18, wherein the inner and outer edges are parallel with each other.
 20. A method of applying cut graphics to an application surface, the method comprising: (a)cutting a character in a planar, adhesive-backed graphics sheet, the adhesive being covered by a backing sheet, the backing sheet being cut as the character is cut in the graphics sheet, the cutting forming voids surrounding the character, each void having an inner edge that defines a contour of the character and an outer edge that joins the graphics sheet, the character being spaced by the voids from a surrounding portion of the graphics sheet and retained with the sheet by tabs extending between the graphics sheet and the character; (b)removing at least a part of the backing sheet and adhering a portion of the character to the application surface; (c)cutting the tabs to sever the character from the surrounding portion of the graphics sheet; then (d)removing any remaining portions of the backing sheet and adhering remaining portions of the character to the application surface; wherein: the backing sheet is scored in multiple strips that extend along the character; and steps (b) through (d) are performed separately and sequentially for each of the strips.
 21. The method of claim 20, wherein: step (a) is performed by drawing a roll of graphics sheet backed with a backing sheet across a work surface to a take-up roll and cutting the character while the sheet passes over the work surface.
 22. A method of applying cut graphics to an application surface, the method comprising: (a)cutting a character in a planar, adhesive-backed graphics sheet, the adhesive being covered by a backing sheet, the backing sheet being cut as the character is cut in the graphics sheet, the cutting forming voids surrounding the character, each void having an inner edge that defines a contour of the character and an outer edge that joins the graphics sheet, the character being spaced by the voids from a surrounding portion of the graphics sheet and retained with the sheet by tabs extending between the graphics sheet and the character; (b)removing at least a part of the backing sheet and adhering a portion of the character to the application surface; (c)cutting the tabs to sever the character from the surrounding portion of the graphics sheet; then (d)removing any remaining portions of the backing sheet and adhering remaining portions of the character to the application surface; wherein step (a) is performed by drawing a roll of graphics sheet backed with a backing sheet across a work surface to a take-up roll and cutting the character while the sheet passes over the work surface; and the step of cutting is performed by a laser.
 23. A method of forming a pre-installation sign, the method comprising: (a)drawing an adhesive-backed graphics sheet backed with a backing sheet from a feed roll and onto a work surface (b)cutting a character in the graphics sheet while the sheet passes over the work surface, the backing sheet being cut as the character is cut in the graphics sheet, the cutting forming voids surrounding the character, each void having an inner edge that defines a contour of the character and an outer edge that joins the graphics sheet, the character being spaced by the voids from a surrounding portion of the graphics sheet and retained with the sheet by tabs extending between the graphics sheet and the character; then (c)applying vacuum pressure to the graphics sheet to remove waste material from the voids; then (d)drawing the graphics sheet onto a take-up roll. 